Throughout the production of silicon steel coils and sheets, environmental sustainability serves as a core guiding principle. Rather than merely adopting superficial eco-friendly measures, we control energy consumption and emissions at the source; by optimizing key processes-such as smelting, annealing, and coating-and streamlining production steps, we effectively reduce energy usage and the generation of waste gas and wastewater. All scrap steel and offcuts generated during production are collected and recycled, and process water is purified for reuse, thereby tangibly minimizing resource waste and waste emissions. Through pragmatic production methods that prioritize energy conservation and consumption reduction, we are moving away from traditional, high-pollution, and high-consumption manufacturing models to achieve a harmonious balance between production efficiency and environmental protection.
Proper daily storage and maintenance of silicon steel coils and sheets focus on preventing moisture, oxidation, and deformation, ensuring the integrity of product performance and appearance from the outset. Storage facilities must be kept dry and well-ventilated, with measures in place to prevent ground dampness and rainwater leakage; maintaining stable indoor temperature and humidity levels prevents rust formation and coating degradation caused by humid air. Stacking must strictly adhere to established standards: coils should be arranged neatly in a vertical position to avoid deformation or interlayer misalignment caused by the pressure of horizontal stacking, while sheets should be neatly categorized and stacked at controlled heights to prevent bending or edge damage to the bottom layers. Additionally, materials must be managed in designated zones-kept away from acids, alkalis, corrosive chemicals, and pollution sources-and regularly inspected for surface condition, with prompt removal of surface dust and water stains to prevent oxidation resulting from prolonged static storage.
Standardized handling and usage procedures are crucial for extending the service life of silicon steel materials and maintaining their electromagnetic performance. When transporting coils and sheets, specialized lifting gear and pallets must be used; direct binding with wire ropes or dragging/scraping actions are strictly prohibited to avoid scratching the protective coating and compromising the product's inherent protective qualities. Prior to cutting or processing, the flatness and surface condition of the materials must be inspected to identify and discard any rusted or damaged items, ensuring the quality of the finished product meets required standards. In addition, inventory materials must be managed according to the "First-In, First-Out" (FIFO) principle to minimize oxidation and aging caused by prolonged storage. For materials that remain idle for extended periods, regular moisture protection and visual re-inspections should be conducted; such meticulous maintenance helps stabilize product performance and reduce losses.
